algorithmic modeling for Rhino
A Video tutorial made for university skimming over the details of using Grasshopper (Parametric Software) with Karamba (Structural Simulation) With Galapagos (Computational Evolutionary Solver)…
ContinueAdded by Christopher Voltl on April 24, 2015 at 2:52am — No Comments
Hohoho! Merry Christmas and a Happy New Year 2015 everyone!
These are some 4681 little Christmas snowflakes for those who miss real Christmas weather.
Hope you like it!
Used: Galapagos/Hoopsnake and vray 2.0 ;)
P.S. Wanted to generate 37449 of those truncated stella octangula but my computer crashed ;)
porcelain version:…
ContinueAdded by Alexander Świątek on December 23, 2014 at 4:30pm — No Comments
Tong Zi Dan is a series of generatively designed vases made from dental gypsum.
The initial egg design gets randomly populated by a cloud of points which form the center for surfaces that trim the shape perpendicular to its curvature. A generative algorithm (Galapagos) is then used to create the area of all faces within a certain min/max range. Finally the faces are unrolled and laid onto a flat sheet to allow the production of the mold with a laser…
Added by responsive design studio on January 26, 2013 at 12:54am — 3 Comments
Added by Paul M on September 30, 2012 at 3:56pm — No Comments
Added by responsive design studio on July 11, 2012 at 4:37am — No Comments
Simply Rhino UK and RoboFold present:
Nov 14-17 - Shape To Fabrication 4 - Workshops, RoboFold studio/factory,…
ContinueAdded by Gregory Epps on October 26, 2011 at 6:39am — No Comments
I have been playing with recording the slider activity and fitness values as Galapagos runs a solution. The parameter changes are recorded using the 'record' component and then sent to a MySQL table.
It is then possible to query the database and easily investigate the entire range of solutions offered by the evolutionary solver.
For example, I can search for all genomes with a fitness > x... or all genomes with a gene = y. Or I can display multiple…
ContinueAdded by Nathan Miller on July 31, 2011 at 3:30am — 1 Comment
This is a definition (WIP, attached) which creates sections for a laser cutter from opened or closed single geometry. This won't work on every geometry, but it will work for a lot of them. It uses offsets and booleans so it may be difficult to predict.
I'm also playing with a way to minimize material area for cutting (with galapagos). If anyone can offer help to improve it, let me know!
Update:
- Some issues with outside…
ContinueAdded by Erick Katzenstein on June 6, 2011 at 10:30pm — 12 Comments
Added by Woo Jae Sung on May 13, 2011 at 4:36pm — 3 Comments
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